The JBX06315 3-meter 10GBASE-CR SFP+ Active Direct Attach Copper Cable represents an excellent solution for organizations requiring cost-effective, high-speed network connectivity. This specialized cable is specifically designed for Extreme Networks switches and compatible equipment, delivering exceptional performance in demanding data center environments. **Key Features:** The cable utilizes advanced active DAC technology, which incorporates signal conditioning electronics to maintain signal integrity over longer distances. The 30AWG Twinax construction provides optimal impedance matching and reduces crosstalk interference. Copper connectors deliver superior conductivity and durability compared to alternatives, ensuring reliable connections in high-traffic network environments. **Technical Specifications:** Qualified to IEEE 802.3ae and SFF-8431/SFF-8472 standards, this cable supports 10GB data rates with consistent performance. Operating temperature range spans 0-70°C, accommodating typical data center climates and industrial settings. The compact 3-meter length offers flexibility for rack-to-switch or switch-to-switch configurations without excessive cable management complexity. **Compliance & Safety:** Full RoHS and ELV directive compliance ensures environmentally responsible manufacturing. TUV and UL safety certifications validate construction quality and electrical safety standards. These certifications provide confidence in long-term reliability and equipment compatibility. **Applications:** Ideal for high-speed data transfers in virtualized environments, storage area networks (SANs), and enterprise network infrastructure. Perfect for organizations upgrading from legacy copper cables or implementing hybrid copper/fiber connectivity strategies. **Value Proposition:** Active DAC cables like the JBX06315 eliminate the expense of optical modules while maintaining superior performance. With 90-day limited warranty and free standard shipping on orders exceeding $99, this represents an economical choice for professional network deployments requiring Extreme Networks compatibility.